CN205880861U - Base plate management control circuit and computer based on 1500A chip of soaring - Google Patents
Base plate management control circuit and computer based on 1500A chip of soaring Download PDFInfo
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- CN205880861U CN205880861U CN201620572502.6U CN201620572502U CN205880861U CN 205880861 U CN205880861 U CN 205880861U CN 201620572502 U CN201620572502 U CN 201620572502U CN 205880861 U CN205880861 U CN 205880861U
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Abstract
The utility model provides a plant base plate management control circuit and computer based on 1500A chip of soaring, relate to circuit technical field. The utility model provides a base plate management control circuit and computer based on 1500A chip of soaring, should be based on the base plate management control circuit of the 1500A chip of soaring and the 1500A chip of soaring in the computer, fan unit, power supply unit and internal storage location link to each other, carry out radio communication through wireless network interface card with the host computer, base plate management control circuit includes base plate management controller, this base plate management controller and fan unit, power supply unit and wireless network interface card link to each other, be controlled by the host computer, to soaring 1500A chip output control signal with control the fan unit rotational speed increases or reduces, and then realizes forming remote management to the computer based on the 1500A chip of soaring.
Description
Technical field
This utility model belongs to circuit engineering field, particularly relates to the management control of a kind of substrate based on 1500A chip of soaring
Circuit processed and computer.
Background technology
1500A family chip of soaring is 64 universal cpus, is applied primarily in PC or high density server
's.1500A family chip of soaring mainly includes 4 core CPU and 16 core CPU two products, wherein, the CPU frequency 2GHz of 4 cores, merit
Consume 15W, include at least two DDR3-1600 memory channel.
Nowadays, either PC or high density server are popularized the most all the more.But, existing for individual
The remote server that people's computer or high density server remotely manage is all based on the X86-based of Intel release and is realized
, it is impossible to directly apply in computer based on 1500A chip of soaring.
Utility model content
The purpose of this utility model embodiment is to provide a kind of substrate management control circuit based on 1500A chip of soaring
And computer, it is intended to solve the management of prior art medium-long range substrate controlling server to be directly based on 1500A chip of soaring
The problem of Computer Service.
This utility model embodiment is achieved in that a kind of substrate management control circuit based on 1500A chip of soaring,
It is connected, by wireless network card with upper with soar 1500A chip, fan unit, power supply unit and the internal storage location in computer
Position machine carries out radio communication, and described substrate management control circuit includes:
It is connected with described fan unit, power supply unit and wireless network card, is controlled by described host computer, to described fan list
Unit's output control signal is to control the baseboard management controller that described fan unit rotating speed increases or reduces.
Further, described baseboard management controller includes: signal input output end, the first monitoring client, the second monitoring client
And control signal outfan；
The signal input output end of described baseboard management controller is connected with described wireless network card, and the management of described substrate controls
First monitoring client of device is connected with the signal output part of described fan unit, the control signal output of described baseboard management controller
End is connected with the first signal input part of the described 1500A of soaring chip, the second monitoring client of described baseboard management controller and institute
State power supply unit voltage output end be connected, described baseboard management controller by monitor said supply unit output voltage,
And described output voltage is sent to described host computer by the signal input output end of described baseboard management controller, described
During the output voltage of power supply unit is gradually increased or reduces, described host computer passes through described baseboard management controller to institute
State 1500A chip of soaring export the first control signal or the second control signal control the rotating speed of described fan unit be gradually increased or
Reduce.
Further, described substrate management control circuit also includes:
Signal output part is connected with the clock signal terminal of described baseboard management controller, carries for described baseboard management controller
Clock unit for clock signal.
Further, described substrate management control circuit also includes:
Be connected to the reset signal end of described baseboard management controller and described internal storage location reset signal outfan it
Between, provide the user SR with the reset unit that described substrate management control circuit is resetted.
Further, described clock unit includes clock chip, resistance R101, electric capacity C101；
The power end of described clock chip is connected with said supply unit, the ground terminal ground connection of described clock chip, described
First end of resistance R101 is connected with the power end of described clock chip, second end of described resistance R101 and described clock chip
Enable control end be connected, first end of described electric capacity C101 is connected with first end of described resistance R101, described electric capacity C101
The second end be connected with the ground terminal of described clock chip, the signal output part of described clock chip is the letter of described clock unit
Number outfan.
Further, described reset unit includes case switch, electric capacity C201, resistance R201, resistance R202, resistance
R203, resistance R204, resistance R205, the first switching tube, second switch pipe and the 3rd switching tube；
Described switch the first end is connected with first end of described electric capacity C201, described switch the second end and described electric capacity C201
The second end be connected, first end of described resistance R201 is connected with said supply unit, and second end of described resistance R201 connects altogether
First end of described resistance R205 and the controlled end of described first switching tube, second end of described resistance R205 and described electric capacity
Second end of C201 is connected, and the cold end of described first switching tube is connected with second end of described resistance R205, and described first
The hot end of switching tube connects second end of described resistance R202 altogether, the controlled end of described second switch pipe and the described 3rd is opened
Closing the controlled end of pipe, first end of described resistance R202 is connected with said supply unit, first end of described resistance R203 and institute
Stating power supply unit to be connected, second end of described resistance R203 connects the reset signal end and described the of described baseboard management controller altogether
The hot end of two switching tubes, the cold end ground connection of described second switch pipe, the cold end ground connection of described 3rd switching tube,
The hot end of described 3rd switching tube connects second end of described resistance R204 and the reset signal output of described internal storage location altogether
End, first end of described resistance R204 is connected with said supply unit.
Further, described first switching tube is metal-oxide-semiconductor or IGBT pipe.
Further, described second switch pipe and described 3rd switching tube are metal-oxide-semiconductor, IGBT pipe or band body diode
IGBT manages.
Embodiment of the present utility model additionally provides a kind of computer, and including computer motherboard, described computer also includes
Substrate management control circuit based on 1500A chip of soaring as above.
This utility model provides a kind of substrate management control circuit based on 1500A chip of soaring and computer, should be based on
Soar the 1500A chip of soaring in substrate management control circuit and the computer of 1500A chip, fan unit, power supply unit with
And internal storage location is connected, carrying out radio communication by wireless network card and host computer, substrate management control circuit includes that substrate manages
Controller, this baseboard management controller is connected with fan unit, power supply unit and wireless network card, is controlled by host computer, Xiang Fei
Rise 1500A chip output control signal to increase with the described fan unit rotating speed of control or reduce, and then realize based on soaring
The computer of 1500A chip forms remotely management.
Accompanying drawing explanation
The structure of the substrate management control circuit based on 1500A chip of soaring that Fig. 1 provides for this utility model embodiment
Block diagram；
The substrate management control circuit based on 1500A chip of soaring that Fig. 2 provides for this utility model embodiment concrete
Circuit diagram；
The structured flowchart of the computer that Fig. 3 provides for this utility model embodiment.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing and enforcement
Example, is further elaborated to this utility model.Should be appreciated that specific embodiment described herein is only in order to explain this
Utility model, is not used to limit this utility model.
The purpose of this utility model embodiment is to provide a kind of substrate management control circuit based on 1500A chip of soaring
And computer, it is intended to solve the management of prior art medium-long range substrate controlling server to be directly based on 1500A chip of soaring
The problem of Computer Service.
Fig. 1 shows the substrate management control circuit based on 1500A chip of soaring that this utility model embodiment provides
Structured flowchart.
As it is shown in figure 1, a kind of substrate management control circuit 100 based on 1500A chip of soaring, with soaring in computer
1500A chip U1, fan unit 210, power supply unit 220 and internal storage location 230 are connected, by wireless network card 240 with upper
Machine 300 carries out radio communication, and substrate management control circuit 100 includes:
It is connected with fan unit 210, power supply unit 220 and wireless network card 240, is controlled by host computer 300, soars to stating
1500A chip U1 output control signal is to control the baseboard management controller 10 that fan unit 210 rotating speed increases or reduces.
As an embodiment of the present utility model, baseboard management controller 10 includes: signal input output end I/O, first
Monitoring client FAN_TAC1, the second monitoring client FAN_TAC2 and control signal outfan OUT1；
The signal input output end I/O of baseboard management controller 10 is connected with wireless network card 240, baseboard management controller 10
The first monitoring client FAN_TAC1 be connected with the signal output part OUT of fan unit 210, the control of baseboard management controller 10 letter
The first signal input part W_IN of number outfan OUT1 and the 1500A chip U1 that soars is connected, the second of baseboard management controller 10
Monitoring client FAN_TAC2 is connected with the voltage output end V_OUT of power supply unit 220, and baseboard management controller 10 is powered by monitoring
The output voltage of unit 220, and described output voltage is sent by the signal input output end I/0 of baseboard management controller 10
To host computer 300, during the output voltage of power supply unit 220 is gradually increased or reduces, host computer 300 is by substrate pipe
Reason controller 10 exports the first control signal to the 1500A chip U1 that soars or the second control signal controls turning of fan unit 210
Speed is gradually increased or reduces.
The present embodiment provides a kind of substrate management control circuit 100 based on 1500A chip of soaring, should be based on soaring
The substrate management control circuit 100 of 1500A chip and the 1500A chip U1 that soars in computer, fan unit 210, power supply list
Unit 220 and internal storage location 230 are connected, and carry out radio communication by wireless network card 240 and host computer 300, and substrate management controls
Circuit 100 includes baseboard management controller 10, this baseboard management controller 10 and fan unit 210, power supply unit 220 and nothing
Gauze card 240 is connected, and is controlled by host computer 300, to 1500A chip U1 output control signal of soaring to control fan unit 210
Rotating speed increases or reduces, and then realizes computer based on the 1500A chip U1 that soars is formed remotely management.
As it is shown in figure 1, substrate management control circuit 100 also includes: clock unit 20 and console unit 30.
The signal output part of clock unit 20 is connected with the clock signal terminal CLKIN of baseboard management controller 10, for substrate
Management Controller 10 provides clock signal.
Reset unit 30 is connected to the reset signal end RESET_10 of baseboard management controller 10 and the reset of internal storage location
Between signal output part RESET_30, provide the user SR so that substrate management control circuit 100 to be resetted.
In the present embodiment, internal storage location 30 is additionally operable to store repositioning information, and user listened reset unit 30 to trigger internal memory
Repositioning information in unit 30, it is achieved substrate management control circuit 100 is resetted.
Fig. 2 shows the substrate management control circuit based on 1500A chip of soaring that this utility model embodiment provides
Physical circuit figure.
As in figure 2 it is shown, clock unit 20 includes clock chip Y1, resistance R101, electric capacity C101；
The power end VDD of clock chip 20 is connected with power supply unit 220, the ground terminal GND ground connection of clock chip 20, resistance
First end of R101 is connected with the power end VDD of clock chip 20, second end of resistance R101 and the enable control of clock chip 20
End EN_CONTROL processed be connected, first end of electric capacity C101 is connected with first end of resistance R101, second end of electric capacity C101 and
The ground terminal GND of clock chip 20 is connected, the signal that signal output part Y_OUT is clock unit 20 output of clock chip 20
End, is connected with the clock signal terminal CLKIN of baseboard management controller 10.
As in figure 2 it is shown, reset unit 30 includes that case switchs SW1, electric capacity C201, resistance R201, resistance R202, resistance
R203, resistance R204, resistance R205, the first switching tube Q1, second switch pipe Q2 and the 3rd switching tube Q3；
Switch SW1 the first end is connected with first end of electric capacity C201, switchs the second end phase of SW1 the second end and electric capacity C201
Even, first end of resistance R201 is connected with power supply unit 220, first end of the common connecting resistance R205 of second end of resistance R201 and the
The controlled end of one switching tube Q1, second end of resistance R205 is connected with second end of electric capacity C201, the low electricity of the first switching tube Q1
Position end is connected with second end of resistance R205, common second end of connecting resistance R202 of the hot end of the first switching tube Q1, second opens
Closing controlled end and the controlled end of the 3rd switching tube Q3 of pipe Q2, first end of resistance R202 is connected with power supply unit 220, resistance
First end of R203 is connected with power supply unit 220, and second end of resistance R203 connects the reset signal of baseboard management controller 10 altogether
End 10_RESET and the hot end of second switch pipe Q2, the cold end ground connection of second switch pipe Q2, the 3rd switching tube Q3's
Cold end ground connection, second end of the hot end of the 3rd switching tube Q3 connecting resistance R204 altogether and the reset letter of internal storage location 230
Number outfan, first end of resistance R204 is connected with power supply unit 220.
As an embodiment of the present utility model, the first switching tube Q1 can be metal-oxide-semiconductor or IGBT pipe.Second switch pipe Q2
It can be the IGBT pipe of metal-oxide-semiconductor, IGBT pipe or band body diode.3rd switching tube Q3 can be metal-oxide-semiconductor, IGBT pipe or belt body two
The IGBT pipe of pole pipe.
In actual applications, can switch first for the purpose of the reset function realizing reset unit 30 according to real needs
Pipe Q1, second switch pipe Q2 and the 3rd switching tube Q3 carry out suitable selection and combination.
Fig. 3 shows the structural representation of the computer that this utility model embodiment provides.
As it is shown on figure 3, a kind of computer 400, including computer motherboard 410, computer includes as in above-described embodiment
Substrate management control circuit 100 based on 1500A chip of soaring.
Due to the concrete technical scheme relevant with this utility model and implementation in the above-described embodiments and specifically
Bright, therefore, here is omitted.
This utility model provides a kind of substrate management control circuit based on 1500A chip of soaring and computer, should be based on
Soar the 1500A chip of soaring in substrate management control circuit and the computer of 1500A chip, fan unit, power supply unit with
And internal storage location is connected, carrying out radio communication by wireless network card and host computer, substrate management control circuit includes that substrate manages
Controller, this baseboard management controller is connected with fan unit, power supply unit and wireless network card, is controlled by host computer, Xiang Fei
Rise 1500A chip output control signal to increase with the described fan unit rotating speed of control or reduce, and then realize based on soaring
The computer of 1500A chip forms remotely management.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all at this
Any amendment, equivalent and the improvement etc. made within the spirit of utility model and principle, should be included in this utility model
Protection domain within.
Claims (9)
1. a substrate management control circuit based on 1500A chip of soaring, with soar 1500A chip, the fan in computer
Unit, power supply unit and internal storage location are connected, and carry out radio communication by wireless network card and host computer, it is characterised in that institute
State substrate management control circuit to include:
It is connected with described fan unit, power supply unit and wireless network card, is controlled by described host computer, to the described 1500A that soars
Chip output control signal is to control the baseboard management controller that described fan unit rotating speed increases or reduces.
2. substrate management control circuit based on 1500A chip of soaring as claimed in claim 1, it is characterised in that described base
Board management controller includes: signal input output end, the first monitoring client, the second monitoring client and control signal outfan；
The signal input output end of described baseboard management controller is connected with described wireless network card, described baseboard management controller
First monitoring client is connected with the signal output part of described fan unit, the control signal outfan of described baseboard management controller with
First signal input part of described 1500A chip of soaring is connected, the second monitoring client of described baseboard management controller and described confession
The voltage output end of electric unit is connected, and described baseboard management controller is by monitoring the output voltage of said supply unit, and incites somebody to action
Described output voltage is sent to described host computer by the signal input output end of described baseboard management controller, in described power supply
During the output voltage of unit is gradually increased or reduces, described host computer is flown to described by described baseboard management controller
Rise 1500A chip to export the first control signal or the second control signal and control the rotating speed of described fan unit and be gradually increased or subtract
Little.
3. substrate management control circuit based on 1500A chip of soaring as claimed in claim 2, it is characterised in that described base
Board management control circuit also includes:
Signal output part is connected with the clock signal terminal of described baseboard management controller, when providing for described baseboard management controller
The clock unit of clock signal.
4. substrate management control circuit based on 1500A chip of soaring as claimed in claim 2, it is characterised in that described base
Board management control circuit also includes:
It is connected between the reset signal end of described baseboard management controller and the reset signal outfan of described internal storage location, for
User provides the SR reset unit to reset described substrate management control circuit.
5. substrate management control circuit based on 1500A chip of soaring as claimed in claim 3, it is characterised in that time described
Clock unit includes clock chip, resistance R101, electric capacity C101；
The power end of described clock chip is connected with said supply unit, the ground terminal ground connection of described clock chip, described resistance
First end of R101 is connected with the power end of described clock chip, and second end of described resistance R101 makes with described clock chip
Can control end to be connected, first end of described electric capacity C101 is connected with first end of described resistance R101, the of described electric capacity C101
Two ends are connected with the ground terminal of described clock chip, and the signal output part of described clock chip is that the signal of described clock unit is defeated
Go out end.
6. substrate management control circuit based on 1500A chip of soaring as claimed in claim 4, it is characterised in that described multiple
Bit location include case switch, electric capacity C201, resistance R201, resistance R202, resistance R203, resistance R204, resistance R205, first
Switching tube, second switch pipe and the 3rd switching tube；
Described switch the first end is connected with first end of described electric capacity C201, the of described switch the second end and described electric capacity C201
Two ends are connected, and first end of described resistance R201 is connected with said supply unit, and second end of described resistance R201 connects described altogether
First end of resistance R205 and the controlled end of described first switching tube, second end of described resistance R205 is with described electric capacity C201's
Second end is connected, and the cold end of described first switching tube is connected with second end of described resistance R205, described first switching tube
Hot end connect second end of described resistance R202, the controlled end of described second switch pipe and described 3rd switching tube altogether
Controlled end, first end of described resistance R202 is connected with said supply unit, first end of described resistance R203 and described power supply
Unit is connected, and second end of described resistance R203 connects the reset signal end of described baseboard management controller and described second switch altogether
The hot end of pipe, the cold end ground connection of described second switch pipe, the cold end ground connection of described 3rd switching tube, described
The hot end of three switching tubes connects second end of described resistance R204 and the reset signal outfan of described internal storage location altogether, described
First end of resistance R204 is connected with said supply unit.
Substrate management control circuit based on 1500A chip of soaring the most according to claim 6, it is characterised in that described
First switching tube is metal-oxide-semiconductor or IGBT pipe.
Substrate management control circuit based on 1500A chip of soaring the most according to claim 6, it is characterised in that described
Second switch pipe and described 3rd switching tube are the IGBT pipe of metal-oxide-semiconductor, IGBT pipe or band body diode.
9. a computer, including computer motherboard, it is characterised in that described computer includes as claim 1-8 is any one
Substrate management control circuit based on 1500A chip of soaring described in Xiang.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620572502.6U CN205880861U (en) | 2016-06-14 | 2016-06-14 | Base plate management control circuit and computer based on 1500A chip of soaring |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620572502.6U CN205880861U (en) | 2016-06-14 | 2016-06-14 | Base plate management control circuit and computer based on 1500A chip of soaring |
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| CN205880861U true CN205880861U (en) | 2017-01-11 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108733186A (en) * | 2017-04-24 | 2018-11-02 | 北京京东尚科信息技术有限公司 | Homing device and method |
-
2016
- 2016-06-14 CN CN201620572502.6U patent/CN205880861U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108733186A (en) * | 2017-04-24 | 2018-11-02 | 北京京东尚科信息技术有限公司 | Homing device and method |
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